Filter by Themen
Abwasserbehandlung
Analytik & Hygiene
Digitalisierung
Energie
Events
Nachhaltigkeit & Umweltschutz
Netze
Wasseraufbereitung
Wassergewinnung
Wasserstress
Water Solutions
Filter by Kategorien
Advertorial
Branche
Events
Forschung & Entwicklung
Leute
News
People
Products & Solutions
Produkte & Verfahren
Publications
Publikationen
Sonstiges
Trade & Industry
Filter by Veranstaltungsschlagworte
abwasser
ACHEMA
Automatisierung
Digitalisierung
Emerging Pollutants
Energie
FDBR
Hydrologie
kanalnetze
Krankheitserreger
MSR
Spurenstoffe
Talsperren
trinkwasser
Wasser
wasseraufbereitung
wasserbau
Wassernetze
Wasserversorgung
FS Logoi

Water for Gaza: new solar energy field will supply important desalination plant

Kategorie:
Thema:
Autor: Jonas Völker

EU switches on the biggest solar energy field in the Gaza Strip. The produced energy will be used to fuel a desalination plant, providing drinking water to people in need.

The EU-funded Southern Gaza Desalination Plant currently provides drinking water to 75,000 inhabitants in the Khan Younis and Rafah governorates. With the new energy field and new investments foreseen it will eventually reach 250,000 people in Southern Gaza by 2020.
Johannes Hahn, EU Commissioner for European Neighbourhood Policy and Enlargement Negotiations, commented: "Limited energy supplies in Gaza are one of the main challenges when improving access to safe and drinkable water to the local population. The photovoltaic solar field is essential to respond to the urgent water needs in Gaza and create dignified living conditions for its people, thus mitigating tensions in a highly conflict sensitive area."

Tackling water insecurity

The EU is investing in long-term water infrastructure across Palestine with an emphasis on the Gaza Strip. In Gaza 97 % of the water is unfit for human consumption. The very high population density in the area is putting huge strain on the ailing infrastructure, which is crumbling as a result of repeated conflicts, over ten years of Israeli closure, and the intra-Palestinian split. This infrastructure strain has led to critical water insecurity in the Strip.
The EU budget mobilised between 2006 and 2017 alone was €128 million. € 21 million has been allocated in 2018. The goal is to secure self-sufficient, equitable, affordable and sustainable access to energy, safe drinking water and sanitation services for all.
In the coming months, more EU-funded projects in this area will be kicked-off. In particular the EU will be:

  • Supporting Oxfam in its efforts to complete the rehabilitation of brackish desalination plants (approximately 16 public and 30 private), which will serve 58,000 people living in Gaza. Activities to increase public hygiene awareness and the establishment of comprehensive Water Safety plans will be part of the project. The EU contribution will be of € 1.5 million.
  • Improving the efficiency of the water sector. The EU has allocated € 8.5 million to decrease water network losses in Gaza from 40 % to 20 %. By improving the networks and implementing widespread leak detection campaigns, revenue collection is expected to increase from 38 % to 80 %.
  • Supporting the Palestinian Water Authority (PWA) in reforming the Palestinian water sector. To this end, the EU is assisting the PWA to operationalise the New Water Law and to create a Palestinian National Water Company.

Gaza Central Desalination Plant – providing drinking water to 2 million people in Gaza

On 20 March 2018, the EU held a pledging conference in Brussels on the Gaza Central Desalination Plant & Associated Works Project. The conference, co-chaired by the EU and the Palestinian Authority, mobilised financial support of € 456 million to this biggest ever infrastructure project in the Gaza Strip, which will provide a minimum of 55 million m3 of safe and clean drinking water per year. The EU pledged € 70 million for the desalination plant plus € 7.1 million for management costs.
Source/Further Information: European Commission

Das könnte Sie auch interessieren:

Raubfische

Metropolitan Area Outer Underground Discharge Channel in Japan

Passende Firmen zum Thema:

Publikationen

Water Sensitive Urban Design as a Role Model for Water Management in Germany?

Water Sensitive Urban Design as a Role Model for Water Management in Germany?

Autor: Jacqueline Hoyer / Juliane Ziegler
Themenbereich: gwf - Wasser|Abwasser
Erscheinungsjahr: 2013

“Water Sensitive Urban Design” (WSUD), originally developed in Australia, is a planning and design approach combining the functionality of water management with principles of urban design. WSUD is mainly used in the development of integrated ...

Zum Produkt

Tertiary Filtration with Ultrafiltration Membranes in Municipal Wastewater Treatment Plants

Tertiary Filtration with Ultrafiltration Membranes in Municipal Wastewater Treatment Plants

Autor: Martin Wett and Eberhard Back
Themenbereich: gwf - Wasser|Abwasser
Erscheinungsjahr: 2011

During the operation of tertiary filtration stages in a dead-end-mode, retentate concentrate and rinsing water from membrane cleaning accrue naturally. Work on process solutions for these process waters with no additional particle loads for the ...

Zum Produkt

Water Solutions – 01 2017

Water Solutions – 01 2017

Themenbereich: Water Solutions
Erscheinungsjahr: 2017

The leading professional magazine for water and wastewater ...

Zum Produkt

Sie möchten die gwf Wasser + Abwasser testen

Bestellen Sie Ihr kostenloses Probeheft

Überzeugen Sie sich selbst: Gerne senden wir Ihnen die gwf Wasser + Abwasser kostenlos und unverbindlich zur Probe!

Finance Illustration 03